Graduate Program in Agronomy
The Graduate Program in Agronomy has as main focus to provide a solid formation within the area of Plant Science, qualifying professionals for research and teaching related to the agricultural sciences technological development. Due to its teaching structure and research facilities, this Graduate Program provides a wide range of knowledge, enabling the participants to propose, execute and complete research projects and in-depth studies in the different research lines and areas of professional interest.
Target Audience: Professionals from Agricultural, Environmental and Biological Sciences; Graduated in Sciences (Biology and Chemistry);
Area of concentration: Plant Science
I - PHYSIOLOGY AND PLANT SCIENCE TECHNOLOGY
Overview: Study of the physiological and environmental variables involved in plant production, as well as the technological aspects of plant production handling and processing.
- Ana Claudia Pacheco
- Ceci Castilho Custódio
- Fabio Rafael Echer
II - GENETICS AND BIOTECHNOLOGY
Overview: Evaluation of intra and interspecific genetic variability of cultivated plant species, as well as species with agronomic potential and living organisms of interest for plant production.
- Alessandra Ribas
- Nelson Barbosa Machado Neto
- Tiago Benedito dos Santos
III - SOILS AND PLANT NUTRITION
Overview: Studies on the performance of agricultural crops in relation to the management of chemical, physical and biological quality of soils, within conservationist fundamentals of environmental resources.
- Edemar Moro
- Fabio Fernando de Araujo
- José Eduardo Creste
FACULTY´S EMAIL AND RÉSUMÉ
- Alessandra Ribas (email@example.com)
- Ana Claudia Pacheco (firstname.lastname@example.org)
- Ana Paula Marques Ramos (email@example.com)
- André Ricardo Zeist (firstname.lastname@example.org)
- Carlos Sergio Tiritan (email@example.com)
- Ceci Castilho Custódio (firstname.lastname@example.org)
- Edemar Moro (email@example.com)
- Fábio Fernando de Araujo (firstname.lastname@example.org)
- Fábio Rafael Echer (email@example.com)
- José Eduardo Creste (firstname.lastname@example.org)
- Nelson Barbosa Machado Neto (email@example.com)
- Tiago Benedito dos Santos (firstname.lastname@example.org)
CURRICULAR STRUCTURE AND COURSES
The Graduate Program in Agronomy has a Curricular Structure with a workload of 1440 hours (96 credits) in the Master's degree program and 2880 hours (192 credits) in the Doctoral program, distributed in thematic axes of formation with compulsory and elective courses, plan of activities, complementary activities, research activities, general qualification examination, and the development and presentation of Master dissertation or Doctoral thesis.
Seminars I – 30 hours or 2 credits
Seminars II – 30 hours or 2 credits
Agriculture and Sustainability - 45 hours or 3 credits - Contents: Theoretical bases of agricultural sustainability. Alternative systems of production. Transitions to sustainability: from agricultural sustainability to the sustainability of agro-food systems. Food safety.The impact of new technologies. The environmental issue and development. Professor: Fabio Fernando de Araujo
Biochemical and Molecular Markers – 60 hours or 4 credits – Contents: Identification and characterization of biochemical and molecular markers. Use of biochemical and molecular markers in the evaluation of genetic variability. Monitoring of plant breeding. Professor: Nelson Barbosa Machado Neto
Conservation and Use of Plant Genetic Resources – 60 hours or 4 credits – Contents: Importance of plant genetic resources (PGR). Basic concepts on plant germplasm. Origins of agriculture. Methods of conservation. Use and characterization of plant genetic resources. Political aspects of the conservation and use of PGR. Professor: Nelson Barbosa Machado Neto
Crop-Livestock-Forest Integration – 60 hours or 4 credits – Contents: Sustainability of crop-livestock-forest integration (CLFi); Management, planning and implementation of CLFi projects; Forms of CLFi employed in Brazil; Management of the fertilization, liming and plastering under the CLFi system; Improvements in soil quality with the use of CLFi; Different CLFi systems; Production of cattle on pasture in areas with CLFi; CLFi forest implantation and management. Professor: Edemar Moro
Experimental Statistics – Contents: Basic concepts and experiment planning. Analysis of multiple comparisons. Main experimental designs. Factorial experiments. Polynomial regression analysis for quantitative treatments. Multivariate analysis.
Fertilizer and Corrective Management – 60 hours or 4 credits – Contents: Concept of fertilizer and corrective. Classification. Historical aspects. Production and consumption of fertilizers. Nitrogen fertilizers. Phosphate fertilizers. Potassic fertilizers. Calcitic and magnesian fertilizers and correctives and their use. Fertilizers and correctives containing sulfur and its use. Fertilizers containing micronutrients. Mixed fertilizers, complexes and mixtures. Fluid fertilizers. Organic fertilizers. Fertilizers of slow availability. Distribution and localization of fertilizers. Leaf fertilization. Experimentation with fertilizers. Professor: Carlos Sérgio Tiritan
Management of Forage Plants – 60 hours or 4 credits – Contents: Seasonality of forage production. Behavior of plants under cuts. Pasture establishment and management. Grazing systems. Silage production techniques. Evaluation of silages. Zoning of forage plants. Methods of evaluation of forage plants. Release of new varieties of forage species.
Physiology of Plant Production – 60 hours or 4 credits – Contents: General morpho-physiological characteristics of a plant. Water relations.Carbon balance and dry matter production. Plant-environment interaction. Professor: Fabio Rafael Echer
Plant Cell and Tissue Culture – 60 hours or 4 credits – Contents: Cell cultures. Plant tissue culture. Micropropagation. Protoplasts. Genetic transformation in plants. Professor: Alessandra Ribas
Plant Domestication and Breeding – 60 hours or 4 credits – Contents: Domestication of plants. R! and K! production systems. Types of plants to be domesticated. Plant breeding. Unconventional breeding. Reproduction systems in higher plants. Biotechnology. Experimentation in plant breeding. In situ and ex situ germplasm banks. The importance of seed banks. Professor: Nelson Barbosa Machado Neto
Plant Nutrition – 60 hours or 4 credits – Contents: Historical aspects of plant mineral nutrition. Criteria of essentiality. Ionic absorption, transport and redistribution of nutrients in plants. Macronutrients. Micronutrients. Useful elements. Toxic elements. Mineral deficiencies in plants. Methods for evaluating the nutritional status of plants. Professor: José Eduardo Creste
Plant Physiology – Contents: Morpho-physiological characteristics of a plant. Water relations. Photosynthesis. Respiratory metabolisms. Transport processes. Plant development and growth. Professor: Ana Claudia Pacheco
Cotton Production - 60 hours or 4 credits - Contents: Economic aspects. Physiology and environmental stresses. Phenology. Plant nutrition and fertilization. Cultivars characteristics. Biology and control of weeds, pests and diseases. Transgenic cotton. Use of plant growth regulators, defoliants and harvest aid. Harvest and ginning. Stalk destruction. Fiber quality. Professor: Fábio Rafael Echer.
Production of Grain Crops: Soybean and Corn – 60 hours or 4 credits – Contents: Economic, social and cultural importance of the species: soybean and corn. Origin centers, botany and genetic breeding. Climatic requirements, ecophysiology and phenological stages of plant development. Rotation and installation of crops. Conservationist management of tropical soils. Strategies of fertilization. Cultivation practices and phytosanitary protection. Harvest and post-harvest procedures. Professor: Edemar Moro
Scientific Computing in Agrarian Sciences - 45 hours or 3 credits – Contents: Use of advanced MS-Excel, AutoCad, agricultural programs, sites of agricultural interest, statistical programs, logistic and mathematical programs, logical algorithm development techniques and basic Pascal language programming techniques (Borland Delphi). Genetic Algorithms.
Secondary Plant Metabolism – 45 hours or 3 credits – Contents: Basic metabolism and origin of secondary metabolites in plants. Groups of secondary metabolites. Genetic and molecular aspects of plant production targeting metabolites of interest. Cell and tissue cultures as a source of bioactive compounds. Plant defense: plant-microorganism, plant-insect and plant-plant interactions. Defense signs in the plants: translation of signs. Toxic plants and insecticides. Study and research of medicinal plants in agronomy. Seminars. Professor: Ana Claudia Pacheco
Seed Analysis – 60 hours or 4 credits - Contents: Basic knowledge about seed analysis including sampling techniques, methods and tests to evaluate the physical, genetic and physiological attributes of seed quality. Professor: Ceci Castilho Custódio
Seed Physiology – 60 hours or 4 credits – Contents: Importance and formation of seed in the plant. Development, maturation and acquisition of desiccation tolerance. Development regulation. Water/seed ratios. Germination and control of germination (dormancy). Seed deterioration. Physiological conditioning of seeds. Conservation and storage of seeds. Professor: Ceci Castilho Custódio
Seed Production and Technology – 60 hours or 4 credits – Contents: Seed production systems. Seed production technology from planning to harvesting. Post-harvest processing. Quality control of production and processing. Professor: Ceci Castilho Custódio
Soil Fertility – 60 hours or 4 credits – Contents: Soil composition. Concepts and laws of soil fertility. Electrical loads of soil. Adsorption and ion exchange.The microorganisms and their relation with soil fertility. Soil reaction. Acidity of the soil. Soil organic matter. Macronutrients of soil. Micronutrients of soil. Methods for evaluating soil fertility. Planning of experiments in soil fertility. Professor: Carlos Sérgio Tiritan
Soil Microbiology – 60 hours or 4 credits – Contents: Concepts and importance of soil microbiology. Microbial physiology and nutrition.Microbiotic soil.Nitrogen fixation. Soil microorganisms beneficial to plants. Interrelations plant-microorganisms. Microbial balance. Evaluation of microbial activity in soil.Microbiology and soil fertility. Professor: Fabio Fernando Araujo
Sugarcane Bioenergy - Agricultural Production and Industrial Processing – 60 hours or 4 credits – Contents: Operations for sugarcane cultivation. Study of the control parameters of the unitary operations for the manufacture of sugar, alcohol and brandy.
Sugarcane Production and Processing – 60 hours or 4 credits – Contents: Operations of sugarcane cultivation. Study of the control parameters of the unitary operations for the manufacture of sugar, alcohol and brandy.
Topics in Tropical Agriculture – 60 hours or 4 credits – Contents: Agronomic concepts, with emphasis on the exploration of plant species in a tropical environment. Socio-economic importance of the main plant species cultivated in Brazilian tropical regions. Economic viability, agribusiness and production systems. Botanical description. Origin centers and breeding. Growth physiology, ecophysiology and phenological stages of plant development. Climatic requirements of selected species, agro-climatic zoning and crop cultivation. Conservation management of tropical soils and fertilization strategies. Cultivation practices and phytosanitary protection. Harvest and post-harvest procedures. Professor: Carlos Sérgio Tiritan
Research Groups and Centers
Main research groups linked to the Graduate Program in Agronomy:
- Center for Research and Studies in Sugar and Ethanol Technology - CENTEC
- Cotton Research Group
- Evaluation, recombination and generation of genetic plant variability in plants
- Food and bioenergy
- Rizobacteria that Promote Plant Growth
- Seed Studies
- Agricultural Research Group of the Western São Paulo Region - GPAGRO
- Sustainable Management of Sandy Soils - GMASA
MAIN RESEARCH PROJECTS
- Phosphorus balance in single pasture of Panicum maximum cv. Mombasa and intercropped with legumes with different sources of phosphorus
- Biochemical changes in soybean and soil microbiology after three years of integrating livestock farming in sandy soil
- Phosphorus fractionation of a red dystroferricargisol subjected to chemical and physical management in an integrated cropping-livestock system
- Study of the regulation of photosynthetic mechanisms of the C4 pathway in sugarcane subjected to water deficit
- Effect of proline metabolism in promoting the synthesis of phenolic compounds in transgenic tobacco
- Productivity and quality of summer sorghum silage consorted with pigeon pea and brachiaria
- Soybean yield after reimplantation of degraded pasture with and without phosphating
- Nitrogen fractionation in soil and soybean crop managed in a no-tillage and crop rotation system
- Soil management under pasture prior to soybean cultivation in direct seeding system and integration of livestock and farming
Candidates may submit an application or fill out a prospective form online for further contact from the University.
POST DOCTORAL POSITIONS
The Graduate Program in Agronomy receives Ph.D. professionals for postdoctoral internships. Applications should include a proposal containing: a pre-research project, a personal statement describing the applicant’s interest in the agronomical studies and career goals and a letter of recommendation from the researcher’s primary faculty advisor. The application should also indicate who would be the researcher’s program advisor, who must be a member of the program faculty.
Please submit your application or proposal to the addresses listed at the "CONTACT US" section.
VISITOR INFORMATION AND STUDENT LIFE
Founded in 1972, the University of Western São Paulo – UNOESTE is committed to building character, modeling values, and ensuring that students graduate with not only hands-on experience in their field of study, but also with the necessary life skills to be successful.
Rooted in the major areas of knowledge, UNOESTE is a private comprehensive institution with around 18,000 undergraduate and graduate students. Its mission is to provide educational experiences that enlighten, challenge, and prepare students to lead lives of significance in complex global communities, being recognized for the excellence of its academic programs, the depth of its values-based culture, and the breadth of its inclusiveness.
The city of Presidente Prudente is located in the Western region of São Paulo State, and is recognized as presenting one of the highest HDI values in Brazil. In this city, every citizen receives extraordinary opportunities for high level education in an inspiring environment.
Although it is a modern and cosmopolitan city, it still maintains many aspects of a small inner city, where people are welcoming, willing to dialogue and mutual understanding, under excellent levels of public safety. In addition, the city has a recognized high cultural level, with theaters, cinemas, artistic and musical presentations, as well as excellent facilities for daily activities, such as an efficient transportation system, and a wide availability of department stores, shopping malls, recreational clubs, gardens and public parks.
Our responsibility is to help prepare students with the knowledge of how to live at the highest of their potential. As a member of our university community, we want you to know that we are committed to making your experience the best it can be.
For more information, please contact:
International Cooperation Office (ICO)
Tel: +55 18 3229-3288
Fax: +55 18 3229-2080
Secretary- Graduate Program in Agronomy
E-mail: email@example.com or firstname.lastname@example.org
Tel: +55 18 3229-3264
Tel: +55 18 3229-2000 Internal extension: 2131
Dean of Research and Graduate Studies
University of Western São Paulo – UNOESTE - Campus II
Rodovia Raposo Tavares, km 572
CEP 19.067-175 Presidente Prudente (SP)